TW201515879A - Car and voice controlling system thereof - Google Patents

Abstract

A voice controlling system includes a voice comparing module, a controlling module and an executing module. The voice comparing module is configured to compare decibels of same voices respectively detected by voice receiving members. The voice receiving members are respectively positioned in a driving area corresponding to a driver's seat and a plurality of passenger areas corresponding to passenger's seats. The voice comparing module is further configured to determine which area has the highest voice. The controlling module is configured to determine whether the voice is included in a voice collection corresponding to the determined area according to a relationship between areas and voice collections corresponding to the areas and send a controlling instruction corresponding to the voice if the voice is in the voice collection corresponding to the determined area. The executing module is configured to execute a corresponding function according to the controlling instruction. A car is also provided.

Description

Car and its voice control system

The invention relates to a car and its voice control system.

The control center of the car is placed at the front end of the driving position, and only the driver can operate the control button to control the car. In this way, when the person sitting in the rear of the car thinks about turning on or off the air conditioner or turning on or off the music, the driver must first be informed to perform the corresponding operation by the driver.

In view of this, the present invention provides a car and its voice control system that enables a person sitting in the back of the car to control some of the functions of the car.

An automobile includes a driving area corresponding to a driver's seat and a plurality of non-driving areas respectively corresponding to a plurality of non-driving seats, the vehicle further comprising: a plurality of voice receivers respectively disposed in the driving area and In each non-driving area, the voice is sent by a person in the car; the voice detection module is configured to detect and recognize the voice acquired by each voice receiver, wherein the voice detection includes each a decibel value of the voice obtained by the voice receiver; the voice comparison module is configured to compare the decibel value of the voice corresponding to the same voice acquired by each voice detection module recognized by the voice detection module, and determine the voice a source area of the highest decibel value; a storage module, configured to store a relationship table of the voice set corresponding to the driving area and the non-driving area; and a control module, configured to determine, according to the relationship table, whether the voice is The voice of the voice set corresponding to the source area of the voice, and according to the voice when the voice is the voice included in the voice set corresponding to the source area of the voice Send corresponding control commands; and execution module for performing a corresponding function according to the control instruction.

A voice control system is applied to a car, the car comprising a plurality of voice receivers disposed in the driving area and each non-driving area and used for acquiring voices sent by persons in the car, the voices The control system includes: a voice detection module, configured to detect and identify the voice acquired by each voice receiver, wherein the voice detection includes a decibel value of the voice acquired by each voice receiver; The group is configured to compare the decibel value of the voice corresponding to the same voice obtained by each voice receiver recognized by the voice detection module and determine the source region of the highest decibel value of the voice; the control module is configured to Mapping a relationship between the driving area and the non-driving area corresponding to the respective voice sets, determining whether the voice is the voice set of the voice set corresponding to the source area of the voice, and the voice set corresponding to the source area of the voice The included voice sends a corresponding control command according to the voice; and an execution module is configured to perform a corresponding function according to the control instruction.

The above-mentioned automobile and its voice control system compare and determine the source area of the voice in the vehicle, and when the voice is the voice set corresponding to the non-driving area, control the corresponding execution module to perform the corresponding function, so that the seat is seated in the non-drive seat The personnel can also control the car to perform some functions.

10‧‧‧Car

20‧‧‧ Driving area

30‧‧‧ Non-driving area

40‧‧‧Voice Receiver

50‧‧‧Voice Control System

52‧‧‧Voice Detection Module

54‧‧‧Voice comparison module

56‧‧‧Storage Module

58‧‧‧Control Module

60‧‧‧Execution module

Figure 1 is a schematic view of a region of a car.

Figure 2 is a block diagram of a car.

1 is a schematic view of a region of a car 10. The car 10 includes a driving area 20 corresponding to a driver's seat and a plurality of non-driving areas 30 respectively corresponding to a plurality of non-driving seats. In the present embodiment, the automobile 10 includes a driving area 20 and five non-driving areas 30 respectively corresponding to five non-driving seats.

FIG. 2 is a block diagram of the automobile 10. The car 10 includes a plurality of voice receivers 40, a storage module 56, and a voice control system 50. The voice control system 50 includes a voice detection module 52, a voice comparison module 54, a control module 58, and a plurality of execution modules 60. Each of the voice detection modules 52 is connected to the voice comparison module 54. The memory module 56, the voice comparison module 54 and the execution module 60 are all connected to the control module 58.

Each of the voice receivers 40 is configured to acquire voices sent by personnel in the automobile, which are respectively disposed in the driving area 20 and each of the non-driving areas 30. In the present embodiment, each voice receiver 40 is fixed to the roof of the corresponding driving area 20 or non-driving area 30, which is a microphone.

The voice detection module 52 is configured to detect and recognize the voice acquired by each voice receiver 40. The voice detection includes a decibel value of the voice acquired by each voice receiver 40. The voice comparison module 54 is configured to compare the decibel value of the voice corresponding to the same voice recognized by each voice detection module 52 and determine the source region of the highest decibel value of the voice. Since each area is provided with a voice receiver 40, when a person located in a seat corresponding to an area emits a voice, it is acquired by all the voice receivers 40, but since the distance of the sound source from each voice receiver 40 is not Similarly, the decibel value of the speech acquired by the speech receiver 40 is different, and the decibel value of the speech acquired by the speech receiver 40 closest to the sound source is the highest, and therefore, the detected speech decibel value is The area corresponding to the highest voice receiver 40 is the person who sent the voice.

The storage module 56 is configured to store a relationship table between the map storage driving area 20 and each non-driving area 30 corresponding to the respective voice sets. The voices included in the voice set corresponding to the non-driving area 30 are voices that do not affect the exercise of the car. The voice set corresponding to the non-driving area 30 includes voice control, control of the interior lights, control of the voice of the multimedia device, such as "turning on the air conditioner", "turning off the interior lights", "playing music" and the like. The speech set corresponding to the driving area 20 includes a voice set corresponding to the non-driving area and a voice affecting the exercise of the car. The voices that affect the car's exercise include voices such as “turn on car navigation” and “turn off car navigation”. In the present embodiment, all the non-driving areas 30 correspond to the same voice set. In other embodiments, each non-driving area 30 corresponds to a different set of voices, respectively. For example, the voice set corresponding to the non-driving area 30 of the front row includes the front window, and the voice set corresponding to the non-driving area 30 of the rear row includes the open rear window.

The control module 58 is configured to determine, according to the relationship table stored in the storage module 56, whether the voice is a voice set corresponding to a source region of the voice, and the voice is a voice set corresponding to a source region of the voice. When the included voice is sent, the corresponding control command is sent to the corresponding execution module 60 according to the voice. The execution module 60 is configured to perform a corresponding function according to the control instruction. If the voice is "turn on the air conditioner", the control module 58 will send an air conditioner command to the air conditioner, and the air conditioner turns on the air conditioner according to the air conditioner command.

The car 10 compares and determines the source area of the in-vehicle voice through the voice comparison module 54 and controls the corresponding execution module 60 to perform the corresponding function when the voice is the voice set corresponding to the non-driving area 30. Persons who are not driving seats can also control the car 10 to perform some functions.

no

10‧‧‧Car

40‧‧‧Voice Receiver

50‧‧‧Voice Control System

52‧‧‧Voice Detection Module

54‧‧‧Voice comparison module

56‧‧‧Storage Module

58‧‧‧Control Module

60‧‧‧Execution module

Claims (10)

An automobile comprising a driving area corresponding to a driver's seat and a plurality of non-driving areas respectively corresponding to the plurality of non-driving seats, the improvement being that the automobile further comprises:
a plurality of voice receivers are respectively disposed in the driving area and each non-driving area for acquiring voices emitted by personnel in the automobile;
The voice detection module is configured to detect and identify the voice acquired by each voice receiver, where the voice detection includes a decibel value of the voice acquired by each voice receiver;
The voice comparison module is configured to compare the decibel value of the voice corresponding to the same voice acquired by each voice detection module recognized by the voice detection module, and determine a source region of the highest decibel value of the voice;
a storage module, configured to store a relationship table mapping the driving area and the non-driving area corresponding to the voice sets respectively;
a control module, configured to determine, according to the relationship table, whether the voice is a voice set of a voice set corresponding to a source region of the voice, and when the voice is a voice included in a voice set corresponding to a source region of the voice, The voice sends a corresponding control command; and an execution module is configured to perform a corresponding function according to the control instruction. The automobile of claim 1, wherein the plurality of non-driving regions correspond to the same voice set. The automobile of claim 1, wherein the plurality of non-driving regions respectively correspond to different voice sets. The automobile of claim 1, wherein the voice set corresponding to the driving area includes a voice set corresponding to the non-driving area. The automobile of claim 4, wherein the voice set corresponding to the non-driving area contains voices that do not affect the exercise of the car, and the voice set corresponding to the driving area further includes voices that may affect the exercise of the car. voice. A voice control system is applied to a car, the car comprising a plurality of voice receivers disposed in the driving area and each non-driving area and used for acquiring voices emitted by personnel in the automobile, the improvement thereof In that, the voice control system includes:
The voice detection module is configured to detect and identify the voice acquired by each voice receiver, where the voice detection includes a decibel value of the voice acquired by each voice receiver;
The voice comparison module is configured to compare the decibel value of the voice corresponding to the same voice obtained by each voice receiver recognized by the voice detection module, and determine the source region of the highest decibel value of the voice;
a control module, configured to determine, according to a mapping table of the voice set corresponding to the driving area and the non-driving area, respectively, whether the voice is a voice set corresponding to a source area of the voice, and the voice is the voice The voice set in the voice set corresponding to the source area sends a corresponding control command according to the voice; and an execution module is configured to perform a corresponding function according to the control instruction. The voice control system of claim 6, wherein the plurality of non-driving regions correspond to the same voice set. The voice control system of claim 6, wherein the plurality of non-driving regions respectively correspond to different voice sets. The voice control system according to claim 6, wherein the voice set corresponding to the driving area includes a voice set corresponding to the non-driving area. The voice control system of claim 9, wherein the voice set corresponding to the non-driving area contains voices that do not affect the exercise of the car, and the voice set corresponding to the driving area further includes voices that can affect the exercise of the car.